EP0713662A1 - Furniture system - Google Patents

Abstract

The system comprises uprights (1,1') which are fixed in position in the building, with shelves or cupboards etc. being inserted between them (3,19). The side surfaces (25a,25b) towards each other of the uprights contain opposite horizontal supporting grooves (2) open to the front, and from which end the shelves etc. are inserted in them, these being held by friction so as to prevent undesired horizontal movement. The groove width can be only slightly greater than the thickness of the inserted shelf ends. Friction can be generated by an inserted rubber strip compressed in the horizontal direction between the groove bottom and the shelf edge.

Description

The invention relates to a furniture system in the form of a modular system of relatively freely combinable individual parts, which is basically constructed according to the principle of the known so-called gallery walls. Such gallery walls consist of essentially vertical, load-bearing elements, the so-called galleries, which can be more sheet-like structures or more column-like structures, and insert parts which are introduced essentially horizontally between two adjacent galleries. These insert parts can be shelves to create shelf systems or cabinet bodies to create individual cabinet areas within such a gallery wall.

Such gallery walls can be arranged both along walls, as shelving systems or cupboard systems, or also freely standing in the room, as so-called room dividers.

The known tunnel wall systems, however, require comparatively differently designed individual parts depending on their use as a shelving system, cupboard system, room divider, since, depending on the intended use, one or more sides of the tunnel must be provided with receiving holes, in addition to the front end face, the rear end face also be veneered must and the like.

It is therefore the object of the invention to provide a furniture system which is simple and inexpensive to manufacture and assemble, and with optically changed as little effort as possible and the circumstances can be adapted.

The connection of the insert parts with the studs should nevertheless be sufficiently secure and as heavy-duty as possible so that it can also be used in the commercial area, that is to say for furnishing offices or sales rooms.

Furthermore, there is the task of creating a method for connecting the insert parts as quickly as possible, yet safely and inexpensively, to the studs of a furniture system.

This object is achieved by the characterizing features of claims 1 and 26. Advantageous embodiments result from the subclaims.

Compared to the normal solution of introducing rows of holes that run vertically into the studs of a furniture system and inserting protruding pins, so-called shelf supports, at the desired height into the corresponding holes, on which the insert parts, in particular the shelves, can be placed, can be produced efficiently, but visually unappealing and only slightly resilient.

In contrast, grooves, which extend in the least over the entire depth of the studs, can be subjected to much greater loads, although the studs do not have to be as deep as the insert parts. Rather, these can protrude both forwards and backwards over the studs, which in the case of systems to be fastened to the wall in particular means that the center of gravity of the insert parts, in particular when these are loaded, lies in front of the studs, and thus horizontally in the support groove inserted, for example, shelf is jammed due to this leverage.

This clamping effect, however, does not occur in the case of shelves with a central load that are used as room dividers. In this case, the shelves could be inadvertently pushed out with the same force as when being pushed in, since the friction is only insignificantly increased by the loading of the individual shelves.

In this case in particular, unintentional pushing out or pulling out of the insert parts is prevented by friction bodies which are arranged between the groove base and the insert parts and which consist at least on their surface of a material with good static friction. These friction bodies are arranged so that they are arranged under pressure between the bottom of the support grooves and the side surfaces of the insert parts projecting into the support grooves.

A particularly simple, inexpensive and easy-to-use form of such a friction body is a piece of a rubber cord, the assembly being simplified particularly in the case of use as a room divider by stretching the rubber cord in the longitudinal direction during insertion of the shelves and thereby reducing the cross-section , so that there is still no pressure in the transverse direction between the bottom of the groove and the shelf to be inserted. Only after the shelf is in position does the longitudinal expansion of the rubber cord stop, and this is compressed in the transverse direction between the groove base and shelf due to its inherent elasticity. The protruding ends of the rubber cord can be cut.

However, it is also conceivable to have a friction body with a non-round, for example elliptical, cross section, which, with a standing cross section, does not prevent a shelf from being pushed into the groove, but causes a compression in the transverse direction after rotation by 90 °.

When used as a wall system, in which the shelves or other insert parts end flush with the back surface of the studs, but towards the front protrude significantly beyond this, the existing friction between the inserted shelf and the support grooves is usually sufficient, the difference in size of which should be about 2/10 mm, which already provides sufficient static friction with a length of the groove of about 8 - 10 cm, and above all when the insert protrudes several times the depth of the studs over it.

For insert parts other than shelves, the horizontal parts of the insert parts protrude, e.g. Bottom and top end of a cabinet body, laterally beyond the side surfaces of the body, in order to be able to extend into the carrying grooves. The cabinet body can preferably be assembled only after two spaced-apart shelves have been inserted, which then serve as the bottom and upper end of the cabinet body, which is then supplemented by side walls and doors, etc. to form the cabinet body.

A problem with such a cabinet body can be that if the cabinet body is of sufficiently high design, individual shelves should again be present within the cabinet body, but should be decomposable as required. If the shelves forming the base and the cover part are not wider than the clear distance from one support groove to that of the opposite support groove, there is a door attached to the cabinet body even in the open state in this area, so that inserted in the support grooves, within the cabinet body placed additional shelves can not be removed without removing the entire cabinet body from the studs.

This problem is solved by widening the bottom and the top lid of a cabinet body. The corresponding special shelves are widened in relation to the clear distance between the grooves in the area in front of the studs, so that the pivot point of the door or doors in the floor or cover part can be so far out that when the door is open, it is pushed in and replacement of the normal shelves 3 located within the cabinet body 19 is possible.

The side walls for the cabinet body can be set in corresponding, usually arranged outside the doors, vertical grooves of the bottom and the cover part.

Installation is very easy when using special single hinges for the upper and lower hinge point, which are simply pushed onto the corner of the door and are mounted with a hinge pin in the base or cover part. These hinges can first be set in the floor and the cover part without the door, whereupon the door is pushed into the hinge and fixed there by means of a clamping screw.

A preferred solution in the choice of material is to produce the studs from so-called medium-density fiberboard (MDF), which means that grinding is not required after cutting the support grooves, and the studs can therefore be produced at particularly low cost in the desired color design. Glass shelves are used in particular as shelves.

The visual design of the furniture system is therefore limited to the design of the studs, especially when using glass plates as shelves. These can be adapted very well to the visual requirements in individual cases by incorporating a pilast groove in the front surface of the symmetrically designed studs, which inserts a pilast equipped with a corresponding extension, which extends essentially over the entire length of the stud, that is, an attachment.

With regard to its cross-sectional shape, its color design and its surface design, this pilaster strips can be easily and inexpensively adapted to suit the individual case. The pilaster strip can have a width that is less than the distance between the two sides in the side walls the grooves made in the stud. However, it can also have a width that partially covers the groove, for example the friction bodies located in the grooves. This can be useful, for example, if the friction body is inserted parallel to the shelf when the shelves are pushed in, i.e. there is little or no relative movement between the friction body and the shelf, but sliding friction between the friction body and the groove base. For this it is necessary that the greater static friction or sliding friction is present between the friction body and the end face of the shelf, a rubber cord being possible, for example, by correspondingly corrugating the lateral end face of the shelf, which runs transversely to the direction of insertion.

If, in this case, the pilaster strip also covers the friction body towards the front, and the pilaster block is also locked against pulling out, the pilaster strip also provides a partially positive locking against a relative movement between the friction body and the groove, and thus pulling it out the shelves.

To simplify production, the support grooves are preferably formed continuously from the front surface to the back surface of the studs. When used as a room divider, however, the studs are not only symmetrical to the central plane, which lies between the two side surfaces provided with grooves, but also to the transverse plane. If, on the other hand, the studs are intended for use as a wall system, at least one cable groove is provided in the back surface instead of a Lisenennut. This can be to the side of the center so as not to damage the inserted cables when screwing through the center plane, or it can be so wide that it also extends over the center region.

In this case, the screw connection is not to be provided through a simple hole through the body of the studs, but the hole is equipped with a screw sleeve which protrudes in the cable groove and to the rear The end of the stud protrudes so that the cables inserted into the cable groove are protected by the screw sleeve against damage when screwing the stud.

When arranged to the side of the center, the cable groove can extend into the side surface of the stud. The cable is then visible when looking at the furniture system from an angle, but not from the front, and it is very easy to assemble by only slightly pulling the existing shelves forward to make it possible to insert a cable in the cable groove behind it . By pushing the shelves all the way back, the cables are then pushed back into the bottom of the cable groove in the area outside the support grooves.

The support grooves are most easily produced by simply cutting or milling them out of a solid, rod-shaped block that is about 9 cm deep and 6 cm wide. Another possibility, however, is to produce the stud from a cuboid bar as a base body, on the side surfaces of which grooves are produced by fastening support plates at a height above one another and spaced apart, the spacing of which forms the support grooves. This manufacturing option is more complex, but gives more options in terms of color design and is also easier to change afterwards:

Because in normal cases the grooves are at regular, normal intervals one above the other along the side walls of the studs, although in some areas, such as in the area for attaching desk surfaces or standing desk writing surfaces, the distances are significantly smaller, in order to allow a more precise adjustment here to offer. This can be achieved retrospectively in the case of support plates placed on the side by exchanging these support plates for such lower heights.

It is also possible with the attached support plates to have them protrude forward over the stud, for example, and thus to offer much better support for the insert parts inserted above them.

In addition, the proposed furniture system can not only be used in series, e.g. along a wall, but also around corners. It is no longer possible to insert the corner plates due to the lack of parallelism in the lateral grooves. However, this can be achieved again by not inserting the corner plate directly into the receiving support grooves, but instead holding it at its height, and only then is a so-called Y-rail placed between the support groove and corner plate by pushing in along the direction of the support groove. In order to produce this form-fitting connection, this Y-rail, which is usually made of metal, has an extension on one side that fits exactly into the support groove, and on the opposite side a groove into which the corner plate in turn fits, preferably a groove according to the dimensions of the support grooves on the side walls of the studs.

A wide variety of objects suitable for living purposes such as shelves for shelves, a cabinet body with laterally protruding floor and cover plate, a wardrobe rail with lateral, radially striving legs that are inserted into the carrying grooves, and the like can serve as insert parts themselves. Even very protruding table tops with additional sleeves arranged away from the studs can be used at any time.

In this way, the furniture system according to the invention can be used extremely variably, despite only a small number of different individual parts. The subsequent replacement or redesign of pilaster strips and capitals also makes it possible to change the appearance with little effort.

The same applies to the use of capitals on the upper end faces of the tunnels, which can be used when used as a wall system, since no expansion to the ceiling is necessary.

The use of commercially available so-called front hangers is particularly desirable for use in shop fitting. These are support bars that reach horizontally to the front or diagonally downwards, on which items of clothing can be staggered one behind the other, hanging on hangers, or other objects. Such front hangers are usually made of metal or sturdy plastic, and are available in different selections and from different system manufacturers ... These front hangers are usually hung with two tabs next to or one below the other in appropriately positioned openings in a retaining plate on the existing shelf system.

In the present furniture system, these openings are present in the front panel of an essentially U-shaped U-adapter, which can then be pushed onto a stud from the front, and are supported in the carrying grooves of a stud with corresponding projections extending into the interior of the U-adapter .

Such a U-adapter can be bent on a single U-shaped steel plate or the legs of the U-adapter on the one hand and the front plate on the other hand are separate parts cut from sheet steel, which can be positively inserted into one another by means of conventional connecting slots which are introduced up to half into the individual part. The slots must be so narrow that the play of this connection is small enough to avoid a gaping of the two legs into a V-shape.

The manufacture in only one piece from sheet steel is possible by either dimensioning the height of the adapter so that both from the top edge and from the bottom edge over the entire length of the support grooves bends into the interior of the adapter are possible. If doing so on a side wall of the stud Always only one groove is to be stressed, these bends in the length region of the groove must be arranged offset at different heights, so that it is supported in the front area according to the load on the lower flank of the support groove, and in the rear area on the upper flank .

Fig. 1:

eine teilgeschnittene Frontansicht einer Stolle,

Fig. 2:

eine teilgeschnittene Seitenansicht einer Stolle,

Fig. 3:

einen Grundriss des Möbelsystems,

Fig. 4:

einen einstückigen Adapter für Fronthänger,

Fig. 5:

die Einzelteile eines mehrteiligen Adapters und

Fig. 6:

einen speziellen Schrankkorpus.

An embodiment according to the invention is described in more detail below by way of example with reference to the figures. Show it:

Fig. 1:

a partially sectioned front view of a tunnel,

Fig. 2:

a partially sectioned side view of a tunnel,

Fig. 3:

a floor plan of the furniture system,

Fig. 4:

a one-piece adapter for front hangers,

Fig. 5:

the individual parts of a multi-part adapter and

Fig. 6:

a special cabinet body.

The stud according to FIG. 1 has, in its side surfaces 25a, 25b facing away from each other and pointing to the adjacent studs, support grooves 2 into which shelves 3a to 3f are inserted.

In the upper half of the picture it can be seen that the stud 1 is screwed from its front surface by means of a screw 8 to the wall behind it. The head of the screw 8 is sunk in a slightly larger screw recess 7, which is even deeper than the Lisenennut 6, which is located in the center of the front surface of the stud 1 and is used to insert and thus fasten the pilaster strip 5 shown in the upper part of the figure. This attachment part can have different color and shape designs and is therefore mainly used for visual purposes Design of the visible front surface of the stud 1 and covering the screws 8.

As can be seen, the pilaster strips - as shown on the left side of the pilaster strips 5 - have such a width that they only reach to the start of the carrier grooves 2, or - as shown in the right half of the figure - the carrier grooves 2 partially overlap, see above that it comes close to the free end of the shelf 3. This makes sense if a friction body is inserted between the bottom of the groove and the shelf 3.

This can be a rubber cord 4 'which, as shown in the upper right half of FIG. 1, is pushed in together with the shelf 3b and is only relatively slightly deformed into an oval, and also the friction between the bottom of the groove and the Shelf 3b only moderately raised. In contrast, it is the rubber cord 4 shown at the top left, a strongly deformed, in the initial state also round, rubber cord that must be deformed so much that it is hardly possible to insert it together with the shelf 3a. The insertion is then carried out by placing the rubber cord 4 on the base of the groove prior to the insertion of the shelf 3a and greatly stretching it in the longitudinal direction and thereby reducing its cross section. In this tensioned state of the rubber cord 4, the shelf 3a is then pushed in, as can also be seen in FIG. 3 with reference to the shelf 3 shown at the bottom right and the rubber cord 4 there.

In Fig. 1, the capital 11, consisting of three spaced capital plates 11a, 11b, 11c, can also be seen, which sits on the upper end face of the stud 1 and has a design function.

These capitals can - as shown in Fig. 2 - protrude for example to an increasing extent over the tunnel 1.

In the lower left half of FIG. 1, the support grooves 2 - in contrast to the other parts of FIG. 1 - consist of distances between individual support plates 12 which are placed and fastened on the smooth, continuous side surface 25a 'of the stud 1'.

The difficulty lies in the too precise assembly of the individual plates 12 that the support grooves 2 formed between them arise with the necessary accuracy for the function of the support system with regard to their groove width. The advantage, however, is that the support plates 12 can not only be designed in color, but can also consist of a very pressure-resistant material, and the load capacity of the insert parts carried thereby is increased.

As can also be seen in FIG. 1, the normal distance 14 of the support grooves 2 is essentially always uniform over the length of the studs 1. Only in certain areas - as can be seen at the top right in Fig. 1 - a contrasting, reduced paragraph 15 is selected for the support grooves if a more precise adjustment of the height of the insert parts is necessary in this area, such as for writing plates, standing desk plates and similar.

The Y-rail 13 shown at the bottom left in FIG. 1 will be explained in more detail later with reference to FIG. 3.

In the lower right part of FIG. 1, a furniture body 19 is shown as an insert, the bottom of which consists of the shelf 3f and the upper end of which consists of the shelf 3d. In between is the body 19 through side walls and e.g. a door 20 to a cabinet body 19 added.

If the cabinet body 19 is manufactured precisely with regard to the spacing of the parts 3d and 3f, it can be inserted as a whole between the studs. However, it is also possible to first push in only the shelves 3d and 3f, and then to assemble the cabinet body 19 between these shelves.

FIGS. 1 and 2 also show the cable groove 10 or 10 'worked into the back surface 27 of the stud 1. In the upper half of FIG. 1, this cable groove 10 is arranged off-center so that, viewed in the view of FIG. 1, it neither extends into the area of the central pilaster strip 6 and the screw recesses 7 arranged there, nor does the outer carrier groove 2 this way, cables can be pulled up in the back surface 27 of the stud 1, which cables can then be very easily moved laterally to an insert or to the capital by manual release.

In contrast, in the lower half of FIG. 1, a very wide, centrally arranged cable groove 10 'is arranged. In order to protect the cables inserted there when screwing the stud 1 against damage by the screw 8, a screw sleeve 9 is inserted into the bore in the stud 1, which serves to receive the screw 8, as can be seen better in FIG. 2. This screw sleeve 9 protrudes from the groove bottom of the cable groove 10 and ends with the rearmost edge of the stud 1. The cables inserted into the cable groove 10 must therefore necessarily be placed around the screw sleeve 9 and are therefore protected from damage.

In Fig. 2, the furniture system of Fig. 1 is shown in a side view, ie with a view of the side surface 25a. In the upper half of the figure, in addition to being fastened by the screw 8 in the wall 18, the clear, long overhang of the shelves 3b to the front over the front surface 26 of the stud 1 can also be seen.

In the lower half of the picture, gallery 1 is not only shown without a pilaster strip attached, but also in use as a room divider, i.e. without being attached to a wall on the back. The body 19, which is used as an insert, protrudes beyond the stud 1 both to the front and to the rear.

3 shows a set-up of a furniture system in plan:
While in the upper part of the picture the lugs 1 are set up along a wall 18 and firmly connected to it, the lower right lug 1 is at least partially free in the room.

In the upper left half of FIG. 3, a table top 22, which is very far beyond the front surface 26 of the studs 1, is shown as an insert part, which must be supported at the free end, as a rule, by one or more feet 23.

Another possibility is the cloakroom rod 16 positioned in front of the front surface 26 of the cleats 1, which is inserted into the carrying grooves of the cleats 1 by means of the legs 17 which strive radially backwards from it.

The assembly of a corner plate 24 is shown in the upper right part of FIG. 3.

The lugs 1 adjoining the corner plate 24 and therefore also the support grooves 24 carrying the support plate 24 are at right angles to one another, so that insertion of the support plate would theoretically only be possible from the rear, but this is generally prevented by an existing wall there.

It is nevertheless possible to attach the corner plates by dimensioning them so that they do not protrude into the support grooves of the positioned studs 1 supporting the corner plate 24 in the assembled state, but end at a distance from them. In this desired position, a Y-rail 13 is inserted between the corresponding support groove 2 and the corresponding outer edge of the corner plate 24, where it is shown in the lower left corner of FIG. 1. This Y-rail 13 fits with its extension 35 exactly in the support groove 2 of the stud 1, and has a groove 36 opposite, in which in turn the corresponding outer edge of the corner plate 24 or an analog insert part fits exactly. As a rule, this groove becomes 36 have the same dimensions as the support grooves 2 of the studs 1. The Y-rail 13 can, for example, consist of aluminum profile for reasons of the weakest possible dimensioning.

In Fig. 4 a U-shaped adapter is shown, the free-ended legs 31, 31 'have such a clearance that a stud 1 fits just in between. In the front plate 30 of the adapter, the hanging openings 34 for standard front hangers 38 of different systems are accommodated.

The lateral legs 30, 31 each have bends 32, 33 directed into the interior of the adapter 29, which are supported in a support groove 2 of a stud 1. Since this means that only one support groove 1 is to be used on each side wall 25a, 25b of the stud 1, and the thickness of the plate of the adapter is very much smaller than the width of a groove 2, the one provided with the bends, e.g. lower edge of the legs 30, 31 cranked. The higher, rear part has an indentation 33, which is thus supported on the upper flank of the support groove 2 in its rear region, and the lower region has an indentation 32, which is located on the lower flank of the support groove 2 in its front Support the area according to the weight load on the front hanger 38. Since only one support groove 2 is used on each side of the stud, the legs 31, 31 'can drop obliquely downwards from the upper region of the front plate 30.

FIGS. 5a and 5b show the legs on the one hand and the front plate 30 on the other hand of a multi-part adapter construction.

The legs 31, 31 'are angular plate-shaped and have such a height that the existing bends 32, 33 on the upper edge and on the lower edge are supported on the respectively adjacent flanks of two different support grooves 2 on the same side of a stud. These can be the cheeks that are closest to each other or the most distant cheeks of two support grooves that differ in height. Furthermore, the leg 31 has a lying in front of the stud 1 in the inserted state from above Connection slot 39 which extends down to the middle and into which a front plate 30 which is transverse to it and has corresponding connection slots 39 'introduced from below can be inserted in a form-fitting manner with little play.

In Fig. 6a and 6b, a cabinet body 19 is shown with insert, which has the advantage that after opening the door without removing the cabinet body 19 from the tunnels, the existing shelves 3 within the cabinet body are height adjustable, so that the support grooves can be pulled out completely and pushed back in again. For this purpose - as can best be seen in the top view in FIG. 6a - the single or double door 20 is mounted with a hinge 21 so far outside in the bottom of the cabinet body 19 that the inner shelves 3 do not after the door 20 has been completely opened collide with door 20.

For this purpose, the floor in front of the front surface of the cleats 1 is widened as far as to the side that the pivot point of the hinge 21 can be placed far enough outside. Preferably, a corresponding groove in the bottom and an opposite groove in the lid of the cabinet body 19 can be easily inserted into a side wall 40.

In order to achieve the necessary thickness and base and cover part e.g. To provide for the insertion of the hinges 21, this can - as can be seen in Fig. 6b - be significantly thicker than it is the height of a support groove 2. By appropriate milling in the rear, the lug 1 and thus the support grooves facing the thickness of the bottom or lid of the cabinet body and the length of a support groove 2 can be reduced so that it corresponds to the width of the support groove 2.

The hinges 21 are - in particular when using glass panes as doors - designed so that they are simply pushed onto the corner of a door 20 and then fixed by means of a clamping screw. This makes it possible, after inserting the initially only from the bottom, lid and side walls existing body in the tunnels to insert the individual hinges without door 20 in the corresponding receiving hole in the bottom and the lid and only then to insert the door 20 in the hinges 21 and clamp.

Due to the possibility of making the floor and in particular the lid of such a cabinet body significantly thicker than the height of a support groove 2, the double-layered, hollow design of in particular a lid of a cabinet body is also possible, so that lighting devices etc. can be accommodated within the lid, that illuminate the inside of the cabinet body 19.

REFERENCE SIGN LIST

1, 1 '

Stud

2a, 2b, 2c

Tragnuten

3rd

Fold bottom

4, 4 '

Rubber cord

5

Lisene

6

Pilaster groove

6 '

Continuation

7

Screw recess

8th

screw

9

Screw sleeve

10, 10 '

Cable groove

11a, 11b, 11c

capital

12th

Support plate

13

Y-rail

14

Normal distance

15

reduced distance

16

Wardrobe rail

17, 17 '

Donate

18th

wall

19th

Cabinet body

20th

door

21

hinge

22

Table top

23

foot

24th

Corner plate

25a, 25b

Side faces

26

Front surface

27

Back surface

29

U adapter

30th

Front panel

31, 31 '

Donate

32

lower front bend

33

upper rear bend

34

Hanging openings

35

Continuation

36

Groove

38

Front trailer

39, 39 '

Connecting slot

40

side walls

Claims (15)

Furniture system with - Essentially vertical, parallel spaced tunnels (1, 1 ') which can be firmly connected to the building, and - Insertable parts, for example shelf (3) and cabinet body (19), can be introduced essentially horizontally between the studs (1, 1 '),
characterized in that - In at least one of two opposing side surfaces (25a, 25b) of the studs (1, 1 ') facing the next stud, substantially horizontal carrier grooves (2a, 2b, 2c, ...) are arranged, which are arranged in at least the The front surface (26) of the stud (1) ends freely, so that any insert parts can be inserted from the front surface (26) into the support grooves (2a, 2b, 2c, ...) and - The insert parts in the support grooves (2) are secured by static friction against unintentional horizontal movement. Furniture system according to claim 1,
characterized in that
the static friction is brought about by the width of the support groove (2) being only slightly larger than the thickness of the end of the insert part lying in the support groove (2). Furniture system according to claim 1,
characterized in that
the static friction is generated by a between the groove bottom of the support groove (2) and the front end of the insert part lying in the support groove (2) intrinsically elastic friction body, in particular a rubber cord (4, 4 '), with a well-adhering surface, which is under horizontal pressure between the groove base and the front end of the insert, is arranged. Furniture system according to one of the preceding claims,
characterized in that
In the back surface (27) of the studs (1), essentially over their entire length, at least one cable groove is incorporated, which is either narrow and arranged without touching the vertical center plane of the stud or broadly covering the center plane of the studs or without touching the vertical center plane the stud is, but extends outwards to the side surface (25a, 25b) of the stud (1). Furniture system according to one of the preceding claims,
characterized in that
the support grooves (2) of the studs (1) are formed by support plates (12) placed on the stud (1 ') and firmly connected to it and, if necessary, the support plate (12) at least in the area of its upper, horizontal end face via the front face ( 26) the stud (1 ') protrudes. Furniture system according to one of the preceding claims,
characterized in that - The furniture system includes a cabinet body (19) as an insert and - The serving as the bottom and upper end of the cabinet body (19) shelves (3) in the inserted state in the area in front of the studs (1) are wider than the clear distance between the bottom of the carrying grooves, wherein - The side walls (40) are adjustable between the floor and the upper cover of the wall body (19) in corresponding inserted grooves and - At least one door (20) can be fastened between the assembled floor and the upper cover of the cabinet body in such a way that the pivot point of the doors lies so far outside the area between the bottom of the support grooves (2) supporting this arrangement that when the door (20) is open it is possible to pull out the remaining shelves inserted between the studs (1) within the cabinet body and to move them in height. Furniture system according to claim 6,
characterized in that
the shelves (3), which act as the floor or top cover of the cabinet body (19), are multilayered and hollow on the inside, and there are lighting devices which illuminate the interior of the cabinet body (19), which are arranged in the cable grooves (10, 10 ') ) installed electrical cables can be connected to the power grid of the building. Furniture system according to one of the preceding claims,
characterized in that
the furniture system comprises a cloakroom bar (16) with radially rearward legs (17, 17 ') striving against the studs for receiving in the carrying grooves (2) and / or the furniture system comprises a writing surface at standing desk height as an insert. Furniture system according to one of the preceding claims,
characterized in that
the furniture system from the front edge to the rear edge includes sloping shelves with a lower stop bar as insert parts for storing shoes. Furniture system according to one of the preceding claims,
characterized in that - The furniture system comprises a Y-rail (13), and corner plates (24) as insert parts, on the angled side surfaces of which the connection with the support grooves (2) of the studs (1) takes place, whereby - The Y-rail (13) in cross section on one side has an extension (35) which is dimensioned so that it fits into the support grooves (2) of the studs (1), and on the opposite side a groove (36 ), into which the corresponding ends of the corner plates (24) can be inserted, the bottom of the groove (36) not reaching the height of the beginning of the extension (35). Furniture system according to one of the preceding claims,
characterized in that
the insert parts protrude both beyond the front surface (26) and beyond the rear surface (27) of the studs (1) and the studs (1) are firmly connected to the building with their upper and lower end faces and the studs (1) are completely cross-sectional are symmetrical. Furniture system according to one of the preceding claims,
characterized in that
the rubber cord (4) is so thick in cross-section that insertion of the insert parts is only possible when the diameter of the rubber cord (4) is reduced due to the longitudinal expansion of the rubber cord (4) and, if necessary, the rubber cord (4) with its rear end in the area of Back surface (27) is firmly connected to the stud. Furniture system according to one of the preceding claims,
characterized in that
the furniture system comprises an essentially U-shaped U-adapter (29), which can be pushed onto a stud with its open side from the front, and which has inwardly directed bends (32, 33.) in the free space of the U-adapter (29) ) comprises, and in its front plate (30) hanging openings (34) for commercially available front hangers (38), the free-ended legs (31) of the U-adapter (29) have such a length that the front plate (30) in the complete inserted into the stud (1) sufficiently far before the stud (1) or the pilaster (5) comes to rest. Furniture system according to claim 13,
characterized in that - The U-adapter (29) made of sheet steel is bent in a U-shape, - The upper and / or lower edge of the freely ending, rearwardly extending legs (31) is offset approximately in the middle by the width of a support groove (2) and - At this edge protruding into the interior of the U-adapter lower, front bends (32) and rear, upper bends (33) are present, so that when inserting the U-adapter (29) into the support grooves (2) of a stud (1) Support the upper, rear bend (33) in the rear area on the upper flank of a support groove and the lower, front bend (32) in the front area of a support groove (2). Method for fastening insert parts with their opposite ends in the essentially horizontal support grooves of the opposing side surfaces of at least two spaced, vertically extending studs (1) by means of self-elastic friction bodies arranged between the base of the groove and the ends of the insert parts located therein,
characterized in that - the friction bodies are placed in the base of the groove, the friction bodies are stretched in the longitudinal direction of the groove and their cross section is thereby reduced, - The insert body inserted into the support grooves and - The expansion of the friction body in the longitudinal direction of the support grooves is canceled, whereby the inherent elasticity of the friction body in the transverse direction loads the groove base against the opposite end of the insert parts under pressure.

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